Engineering (City of Victorville)
AI Summary
Victorville Water District Turnout 5 Project constructs the District's third connection to the Mojave Water Agency R3 system, including approximately 1.25 miles of 24-inch diameter welded steel water main along Mesa Street and a new metering facility at the Amethyst Pump Station (northwest corner of Amethyst and Sycamore Street). The project enables supplemental R3 water supply to Pressure Zone 3290 and higher/lower pressure zones via booster station and pressure-reducing valves.
Type: utility water sewer · Confidence: 85%
Deep Document Summary
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Reference: MS26-118 Department: Engineering Agency: City of Victorville Portal: City of Victorville on OpenGov Procurement Closes: 2026-08-05T21:00:00.000Z Released: 2026-07-01T07:00:00.000Z Detail:
https://procurement.opengov.com/portal/victorvilleca/projects/265216The Victorville Water District (District) is implementing the Turnout 5 Project to construct the District's third connection to the Mojave Water Agency's Regional Recharge and Recovery (R3) system.
The project includes installation of a connection to the R3 pipeline along Mesa Street, construction of approximately 1.25 miles of 24-inch diameter mortar-lined and coated welded steel water main, and construction of a new metering facility at the Amethyst Pump Station, located at the northwest corner of Amethyst and Sycamore Street to convey State Water Project, R3 Water, into the City of Victorville's (City) domestic water system.
This project will enable the City to utilize R3 water as a supplemental water supply for the Victorville Water District. The project will deliver R3 water to the storage tanks at the Amethyst Pump Station serving Pressure Zone 3290 and will further distribute it to higher pressure zones via the on-site booster station and to lower pressure zones through pressure reducing valves (PRVs).
R3 water may also be utilized for blending with some of the City’s groundwater to reduce arsenic concentrations and meet regulatory requirements, thereby reducing or potentially eliminating the need for the City to operate arsenic treatment plants.